@@ -2410,19 +2410,18 @@ <h4 id=justify-algos><span class=secno>7.3.5. </span> Possible Algorithms</h4>
24102410 their needs and desired balance of quality, speed, and complexity.
24112411
24122412 < div class =example >
2413- < p > For instance, a basic but fast ‘< code class =css > inter-word</ code > ’
2414- justification algorithm might use a simple greedy method for determining
2415- line breaks, then distribute leftover space. This algorithm could follow
2416- the guidelines by expanding word spaces first, expanding between letters
2417- only if the spaces between words hit a limit defined by the UA.
2418-
2419- < p > A more sophisticated but slower ‘< code class =css > inter-word</ code > ’
2420- justification algorithm might use a Knuth/Plass method where < a
2421- href ="#expansion-opportunity "> < i > expansion opportunities</ i > </ a > and
2422- limits were assigned weights and assessed with other line breaking
2423- considerations. This algorithm could follow the guidelines by giving more
2424- weight to < a href ="#word-separator "> < i > word separators</ i > </ a > than
2425- letter spacing.
2413+ < p > For instance, a basic but fast justification algorithm might use a
2414+ simple greedy method for determining line breaks, then distribute
2415+ leftover space. This algorithm could follow the guidelines by expanding
2416+ word spaces first, expanding between letters only if the spaces between
2417+ words hit a limit defined by the UA.
2418+
2419+ < p > A more sophisticated but slower justification algorithm might use a
2420+ Knuth/Plass method where < a href ="#expansion-opportunity "> < i > expansion
2421+ opportunities</ i > </ a > and limits were assigned weights and assessed with
2422+ other line breaking considerations. This algorithm could follow the
2423+ guidelines by giving more weight to < a href ="#word-separator "> < i > word
2424+ separators</ i > </ a > than letter spacing.
24262425 </ div >
24272426
24282427 < div class =example >
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